Scientific program – table of contents

Plenary lectures

Lectures A

• A1 We Think Global
• Low to zero emission technologies
• A2 We Think Global
• Low to zero emission technologies
• A2 We Think Global
• Carbon dioxide economy – a never complete story?
• A2 We Think Global
• Food in the focus
• A3 We Think Global
• Sustainability as a starting point – a roadmap to higher standards
• A3 We Think Global
• Water – supply, management, reuse, purification, hygiene
• A4 We Think Global
• Water – supply, management, reuse, purification, hygiene
• A5 Energy First (Second ... )
• Energy to carbon footprint ratio – the drivers for making it invalid
• A5 Energy First (Second ... )
• Low energy cost processes
• A6 Energy First (Second ... )
• Renewable energy and energy storage, hydrogen as a fuel
• A7 Energy First (Second ... )
• Renewable energy and energy storage, hydrogen as a fuel
• A8 Energy First (Second ... )
• Renewable energy and energy storage, hydrogen as a fuel

Lectures B

• B1 Energy First (Second ... )
• Photochemistry, photocatalysis, electrochemistry and photoelectrochemistry, solar cells and solar powered technologies, fuel cells
• B2 Energy First (Second ... )
• Photochemistry, photocatalysis, electrochemistry and photoelectrochemistry, solar cells and solar powered technologies, fuel cells
• B3 Energy First (Second ... )
• Photochemistry, photocatalysis, electrochemistry and photoelectrochemistry, solar cells and solar powered technologies, fuel cells
• B3 Energy First (Second ... )
• Energy self-sufficiency
• B4 Energy First (Second ... )
• Clean energy – not the produced/used one!
• B5 Continuous Processing and Miniaturisation, Mixing
• Continuous process design and optimization (batch to continuous, flow chemistry)
• B6 Continuous Processing and Miniaturisation, Mixing
• Process intensification and miniaturisation
• B7 Continuous Processing and Miniaturisation, Mixing
• Process intensification and miniaturisation

Lectures C

• C1 Continuous Processing and Miniaturisation, Mixing
• Fluid flow and microfluidics, multiphase flow
• C2 Continuous Processing and Miniaturisation, Mixing
• Fluid flow and microfluidics, multiphase flow
• C3 Continuous Processing and Miniaturisation, Mixing
• Fluid flow and microfluidics, multiphase flow
• C5 Continuous Processing and Miniaturisation, Mixing
• Mixing – It is always counted!
• C6 Continuous Processing and Miniaturisation, Mixing
• Mixing – It is always counted!
• C7 Industry 4.0
• Dynamic and modular operations in the digitalized industry – the way to flexible production
• C7 Industry 4.0
• Digi systems modulations and automation
• C8 Industry 4.0
• New stories on 4.0 Pharma and fine chemicals industry

Lectures D

• D1 Advanced Functional Materials, Structures and Components
• Catalysis and catalysts – by far not a tradition
• D2 Advanced Functional Materials, Structures and Components
• Catalysis and catalysts – by far not a tradition
• D3 Advanced Functional Materials, Structures and Components
• Catalysis and catalysts – by far not a tradition
• D3 Advanced Functional Materials, Structures and Components
• Functional films and nanostructures, sensors and sensing nano-objects, hierarchical nanoparticles
• D4 Advanced Functional Materials, Structures and Components
• Functional films and nanostructures, sensors and sensing nano-objects, hierarchical nanoparticles
• D5 Advanced Functional Materials, Structures and Components
• Polymers and polymer technologies, conductive polymers
• D6 The Green Square: A Good Address
• Urban mining, waste management
• D7 The Green Square: A Good Address
• Air, soil and water pollution, pollution control
• D8 The Green Square: A Good Address
• Air, soil and water pollution, pollution control

Lectures E

• E1 The Green Square: A Good Address
• Biotechnologies and their environment friendly/unfriendly face, biomass and biomass processing
• E2 The Green Square: A Good Address
• Biotechnologies and their environment friendly/unfriendly face, biomass and biomass processing
• E3 The Green Square: A Good Address
• Biotechnologies and their environment friendly/unfriendly face, biomass and biomass processing
• E3 The Green Square: A Good Address
• Green and supercritical chemistry
• E4 The Green Square: A Good Address
• Green and supercritical chemistry
• E4 The Green Square: A Good Address
• Membrane processes
• E5 The Green Square: A Good Address
• Membrane processes
• E6 The Green Square: A Good Address
• Membrane processes
• E7 The Essentials
• Chemical engineering and safety, prevention and loss control, elimination of health and environmental hazards
• E8 The Essentials
• Chemical engineering and safety, prevention and loss control, elimination of health and environmental hazards
• E8 The Essentials
• Educated chemical engineers – Human robots are not needed!
• E8 The Essentials
• What are the new opportunities for students and young researchers in chemical engineering?
• E8 The Green Square: A Good Address
• No wastes technologies and zero waste plants – illusions?

Lectures F

• F1 Hand in Hand
• Chemical reactors and reaction kinetics, transport phenomena
• F2 Hand in Hand
• Chemical reactors and reaction kinetics, transport phenomena
• F3 Hand in Hand
• Chemical reactors and reaction kinetics, transport phenomena
• F3 Hand in Hand
• Chemical engineering computations and modelling, molecular dynamics, ab-initio calculations, mathematical predictions, neural networks
• F4 Hand in Hand
• Chemical engineering computations and modelling, molecular dynamics, ab-initio calculations, mathematical predictions, neural networks
• F5 Hand in Hand
• Chemical engineering computations and modelling, molecular dynamics, ab-initio calculations, mathematical predictions, neural networks
• F6 Hand in Hand
• Distillation, extraction, SCF extraction, S-L separation
• F7 Hand in Hand
• Thermodynamics, phase equilibria, multiphase processes
• F8 Hand in Hand
• Thermodynamics, phase equilibria, multiphase processes

Lectures G

• G1 Advanced Functional Materials, Structures and Components
• Particulate and microporous solids, low-risk advanced materials
• G2 Advanced Functional Materials, Structures and Components
• Particulate and microporous solids, low-risk advanced materials
• G2 Advanced Functional Materials, Structures and Components
• When Nature inspires – not only the biomimetic.
• G3 Hand in Hand
• New and improved technologies
• G4 Hand in Hand
• New and improved technologies
• G5 Hand in Hand
• New and improved technologies

Posters P1 – Monday

• Low to zero emission technologies
• Carbon dioxide economy – a never complete story?
• Water – supply, management, reuse, purification, hygiene
• Food in the focus
• Low energy cost processes
• Renewable energy and energy storage, hydrogen as a fuel
• Energy self-sufficiency
• Clean energy – not the produced/used one!
• Photochemistry, photocatalysis, electrochemistry and photoelectrochemistry, solar cells and solar powered technologies, fuel cells
• Continuous process design and optimization (batch to continuous, flow chemistry)
• Process intensification and miniaturisation
• Fluid flow and microfluidics, multiphase flow
• New stories on 4.0 Pharma and fine chemicals industry
• Particulate and microporous solids, low-risk advanced materials
• Catalysis and catalysts – by far not a tradition
• Functional films and nanostructures, sensors and sensing nano-objects, hierarchical nanoparticles
• Polymers and polymer technologies, conductive polymers
• No wastes technologies and zero waste plants – illusions?
• Production-trade-customer zero waste chains – philosophy approach vs. practical steps to achieve it
• Urban mining, waste management
• Microplastics and endocrine disruptors
• Biotechnologies and their environment friendly/unfriendly face, biomass and biomass processing
• Membrane processes
• Air, soil and water pollution, pollution control
• Green and supercritical chemistry
• Chemical engineering and safety, prevention and loss control, elimination of health and environmental hazards
• Chemical reactors and reaction kinetics, transport phenomena
• Distillation, extraction, SCF extraction, S-L separation
• Thermodynamics, phase equilibria, multiphase processes
• Chemical engineering computations and modelling, molecular dynamics, ab-initio calculations, mathematical predictions, neural networks
• New and improved technologies

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Author index